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STRESS OPTIMIZATION OF A PIEZOELECTRIC-CONTROLLED CURVED BEAM

机译:压电弯曲梁的应力优化

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摘要

A composite curved beam is used to represent a multitude of structures in piping, such as O-Rings, that undergo dynamic warping as a result of long term usage, thermal changes, and high pressures. A piezoelectric material can be used to design an auto-corrective process that senses the dynamic warping and induces forces to restore the shape through the Piezoelectric Effect. The orientation and placement of the piezoelectric material on a composite curved beam directly affects the deflection and stress applied to that beam. The optimal placement of the actuator in terms of these two factors was researched.
机译:复合弯曲梁用于表示管道中的多种结构,例如O形圈,这些结构会由于长期使用,热变化和高压而发生动态翘曲。压电材料可用于设计自动校正过程,该过程可感测动态翘曲并感应出力,以通过压电效应恢复形状。压电材料在复合弯曲梁上的定向和放置直接影响施加到该梁上的挠度和应力。针对这两个因素,对执行器的最佳位置进行了研究。

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